---
# Copyright 2015, Rackspace US, Inc.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#     http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

## AIO user-space configuration options
# Scenario used to bootstrap the host
bootstrap_host_scenario: aio_lxc
#
# Boolean option to implement OpenStack-Ansible configuration for an AIO
# Switch to no for a multi-node configuration
bootstrap_host_aio_config: yes
#
# Path to the location of the bootstrapping configuration files
bootstrap_host_aio_config_path: "{{ playbook_dir }}/../etc/openstack_deploy"
#
# Path to the location of the scripts the bootstrap scripts use
bootstrap_host_aio_script_path: "{{ playbook_dir }}/../scripts"
#
# The user space configuration file names to use
bootstrap_host_user_variables_filename: "user_variables.yml"
bootstrap_host_user_secrets_filename: "user_secrets.yml"
#
# Paths to configuration file targets that should be created by the bootstrap
bootstrap_host_target_config_paths:
  - /etc/openstack_deploy
  - /etc/openstack_deploy/conf.d
  - /etc/openstack_deploy/env.d

# The user variables template to use
bootstrap_user_variables_template: user_variables.aio.yml.j2

# Extra user variables files can be loaded into /etc/openstack_deploy by
# test scenarios. The dict uses scenario as the key to load a list of extra
# templates if necessary.
bootstrap_user_variables_extra_templates:
  ceph:
    - src: user_variables_ceph.yml.j2
      dest: user_variables_ceph.yml
  congress:
    - src: user_variables_congress.yml.j2
      dest: user_variables_congress.yml
  translations:
    - src: user_variables_translations.yml.j2
      dest: user_variables_translations.yml
  octavia:
    - src: user_variables_octavia.yml.j2
      dest: user_variables_octavia.yml

## Loopback volumes
# Sparse loopback disks are used for the containers if there is no secondary
# disk available to partition for btrfs. They are also used for Ceph, Cinder,
# Swift and Nova (instance storage).
# The size of the loopback volumes can be customized here (in gigabytes).
#
# Boolean option to deploy the loopback disk for Swap
bootstrap_host_loopback_swap: yes
# Size of the Swap loopback disk in gigabytes (GB).
bootstrap_host_loopback_swap_size: 4096
#
# Boolean option to deploy the loopback disk for Cinder
bootstrap_host_loopback_cinder: yes
# Size of the Cinder loopback disk in gigabytes (GB).
bootstrap_host_loopback_cinder_size: 1024
#
# Boolean option to deploy the loopback disk for Swift
bootstrap_host_loopback_swift: yes
# Size of the Swift loopback disk in gigabytes (GB).
bootstrap_host_loopback_swift_size: 1024
#
# Boolean option to deploy the loopback disk for Nova
bootstrap_host_loopback_nova: yes
# Size of the Nova loopback disk in gigabytes (GB).
bootstrap_host_loopback_nova_size: 1024
#
# Boolean option to deploy the loopback disk for machines
bootstrap_host_loopback_machines: yes
# Size of the machines loopback disk in gigabytes (GB).
bootstrap_host_loopback_machines_size: 128
#
# Boolean option to deploy the loopback disk for btrfs
bootstrap_host_loopback_btrfs: yes
# Size of the btrfs loopback disk in gigabytes (GB).
bootstrap_host_loopback_btrfs_size: 1024
#
# Boolean option to deploy the loopback disk for btrfs
bootstrap_host_loopback_zfs: yes
# Size of the btrfs loopback disk in gigabytes (GB).
bootstrap_host_loopback_zfs_size: 1024
#
# Boolean option to deploy the OSD loopback disks and cluster UUID for Ceph
bootstrap_host_ceph: "{{ (bootstrap_host_scenario == 'ceph') | bool }}"
# Size of the Ceph OSD loopbacks
bootstrap_host_loopback_ceph_size: 1024
# Ceph OSDs to create on the AIO host
ceph_osd_images:
  - 'ceph1'
  - 'ceph2'
  - 'ceph3'

## Network configuration
# The AIO bootstrap configures bridges for use with the AIO deployment.
# By default, these bridges are configured to be independent of any physical
# interfaces, and they have their 'bridge_ports' set to 'none'.  However,
# deployers can add a physical interface to 'bridge_ports' to connect the
# bridge to a real physical interface.
#
# A setting of 'none' keeps the bridges as independent from physical
# interfaces (the default).
#
# Setting the value to 'eth1' would mean that the bridge is directly connected
# to the eth1 device.
#
# See https://wiki.debian.org/BridgeNetworkConnections for more details.
bootstrap_host_bridge_mgmt_ports: none
bootstrap_host_bridge_vxlan_ports: none
bootstrap_host_bridge_storage_ports: none
bootstrap_host_bridge_vlan_ports: "br-vlan-veth"
# This enables the VXLAN encapsulation the traditional bridges
# (br-mgmt, br-vxlan, br-storage)
bootstrap_host_encapsulation_enabled: "{{ not bootstrap_host_aio_config | bool }}"
#
# Default network IP ranges
mgmt_range: "172.29.236"
vxlan_range: "172.29.240"
storage_range: "172.29.244"
vlan_range: "172.29.248"
netmask: "255.255.252.0"
#
# NICs
bootstrap_host_public_interface: "{{ ansible_default_ipv4.interface }}"
bootstrap_host_encapsulation_interface: eth1
#
#Encapsulations
bootstrap_host_encapsulation_interfaces:
  encap-mgmt:
    id: 236
    underlay_device: "{{ bootstrap_host_encapsulation_interface }}"
    friendly_name: "Encapsulation of br-mgmt with VXLAN"
  encap-vxlan:
    id: 240
    underlay_device: "{{ bootstrap_host_encapsulation_interface }}"
    friendly_name: "Encapsulation of br-vxlan with VXLAN"
  encap-storage:
    id: 244
    underlay_device: "{{ bootstrap_host_encapsulation_interface }}"
    friendly_name: "Encapsulation of br-storage with VXLAN"
  encap-vlan:
    id: 248
    underlay_device: "{{ bootstrap_host_encapsulation_interface }}"
    friendly_name: "Encapsulation of br-vlan with VXLAN"
#
# Bridges
bridges:
  - name: "br-mgmt"
    ip_addr: "172.29.236.100"
    netmask: "255.255.252.0"
  - name: "br-vxlan"
    ip_addr: "172.29.240.100"
    netmask: "255.255.252.0"
  - name: "br-storage"
    ip_addr: "172.29.244.100"
    netmask: "255.255.252.0"
  - name: "br-vlan"
    ip_addr: "172.29.248.100"
    alias: "172.29.248.1"
    veth_peer: "eth12"
    netmask: "255.255.252.0"

bootstrap_host_bridges_interfaces:
  br-mgmt:
    ports: "{{ bootstrap_host_encapsulation_enabled | bool | ternary ('encap-mgmt', bootstrap_host_bridge_mgmt_ports) }}"
    ip_address_range: "{{ mgmt_range }}"
    ip_netmask: "{{ netmask }}"
  br-storage:
    ports: "{{ bootstrap_host_encapsulation_enabled | bool | ternary ('encap-storage', bootstrap_host_bridge_storage_ports) }}"
    ip_address_range: "{{ storage_range }}"
    ip_netmask: "{{ netmask }}"
  br-vxlan:
    ports: "{{ bootstrap_host_encapsulation_enabled | bool | ternary ('encap-vxlan', bootstrap_host_bridge_vxlan_ports) }}"
    ip_address_range: "{{ vxlan_range }}"
    ip_netmask: "{{ netmask }}"
  br-vlan:
    mode: "{{ bridge_vlan_inet_mode | default('static') }}"
    ports: "{{ bootstrap_host_encapsulation_enabled | bool | ternary ('encap-vlan', bootstrap_host_bridge_vlan_ports) }}"
    ip_address_range: "{{ vlan_range }}"
    ip_netmask: "{{ netmask }}"
    state_change_scripts: "{{ bridge_vlan_state_change_scripts }}"
#
# Convenience scripts
bridge_vlan_state_change_scripts: |
  pre-up ip link add br-vlan-veth type veth peer name eth12 || true
  pre-up ip link set br-vlan-veth up
  pre-up ip link set eth12 up
  post-down ip link del br-vlan-veth || true
bridge_iptables_rules: |
  # To ensure ssh checksum is correct
  up /sbin/iptables -A POSTROUTING -t mangle -p tcp -o {{ bootstrap_host_public_interface }} -j CHECKSUM --checksum-fill
  down /sbin/iptables -D POSTROUTING -t mangle -p tcp -o {{ bootstrap_host_public_interface }} -j CHECKSUM --checksum-fill
  # To provide internet connectivity to instances
  up /sbin/iptables -t nat -A POSTROUTING -o {{ bootstrap_host_public_interface }} -j MASQUERADE
  down /sbin/iptables -t nat -D POSTROUTING -o {{ bootstrap_host_public_interface }} -j MASQUERADE

## Extra storage
# An AIO may optionally be built using a second storage device. If a
# secondary disk device to use is not specified, then the AIO will be
# built on any existing disk partitions.
#
# WARNING: The data on a secondary storage device specified here will
# be destroyed and repartitioned.
#
# Specify the secondary disk device to use. When the data disk is in use, no NOT
# set the full path to the device. IE: "/dev/xvde" should be "xvde".
bootstrap_host_data_disk_device: null
#
# Boolean value to force the repartitioning of the secondary device.
bootstrap_host_data_disk_device_force: no
#
# If the storage capacity on this device is greater than or equal to this
# size (in GB), the bootstrap process will use it.
bootstrap_host_data_disk_min_size: 50
#
# Set the data disk formats table. If the backing store is set to lvm the option
# the partition will not actually be formatted however for parted, ext2 is used.
bootstrap_host_data_disk2_formats:
  machinectl: btrfs
  zfs: zfs
  btrfs: btrfs
  dir: ext4
  lvm: ext2

bootstrap_host_data_disk2_fs: "{{ bootstrap_host_data_disk2_formats[lxc_container_backing_store] }}"
bootstrap_host_data_disk2_path: "{{ (lxc_container_backing_store == 'machinectl' or container_tech == 'nspawn') | ternary('/var/lib/machines', '/var/lib/lxc') }}"


# Boolean option to build Amphora image and certs
bootstrap_host_octavia: "{{ (bootstrap_host_scenario in ['octavia', 'translations']) | bool }}"

### Optional Settings ###

# Specify the public IP address for the host.
# By default the address will be set to the ipv4 address of the
# host's network interface that has the default route on it.
#bootstrap_host_public_address: 0.0.0.0

# Set the container technology in service. Options are nspawn and lxc.
container_tech: "{{ ('nspawn' in bootstrap_host_scenario) | ternary('nspawn', 'lxc') }}"

# Set the lxc backing store for the job
lxc_container_backing_store: machinectl
